![Anritsu MU181800A Operation Manual Download Page 34](http://html.mh-extra.com/html/anritsu/mu181800a/mu181800a_operation-manual_2945430034.webp)
Chapter 5 Use Example
5-2.
5.1 MU181800A/B Usage Example
A connection example for using the MU181800A/B is shown below. In
this section, drawings of the MU181800A are used for explanation, while
the contents are common to the MU181800B.
Clock In
Clock Out
MP1800A
MU181800A
MU181020A (channel1)
MU181020A (channel2)
MU181020A (channel3)
MU181020A (channel4)
Clock In
Clock signal generator
Generating signal frequency: 12.5 GHz
Output amplitude: 0.4 to 2.0 Vp-p
Clock Out
Fig. 5.1-1 Connection diagram
1. Prepare a clock signal generator to supply a clock to the MU181800A.
The input interface conditions for the MU181800A are as follows:
Input level:
0.4 to 2.0 Vp-p
Frequency:
12.5 GHz
Waveform:
Square or sine wave
2. Connect the Clock Input connector of the MU181800A and the Clock
Output connector of the clock signal generator, using a coaxial cable.
3. Connect the four Clock Output connectors (five in the case of
MU181800B) to the each Clock Input connector of the MU181020A
modules using coaxial cables.
4. Set the pattern to be generated, referring to the operation manual of
the MU181020A.
5. When output of the clock supplied from the clock signal generator is
set to ON, a synchronized clock is supplied from Clock Output of the
MU181800A to each MU181020A Clock Input and the four (five in
the case of MU181800B) MU181020A units operate in synchrony.
Summary of Contents for MU181800A
Page 10: ...x ...
Page 14: ...IV ...
Page 20: ...Chapter 1 Overview 1 6 ...
Page 24: ...Chapter 2 Preparation before Use 2 4 ...
Page 30: ...Chapter 3 Panel Layout and Connectors 3 6 ...
Page 40: ...Chapter 6 Performance Test 6 6 ...
Page 47: ...Appendix App I Appendix A Performance Test Result Sheet A 1 ...
Page 48: ...Appendix App II ...
Page 50: ...Appendix A Performance Test Result Sheet A 2 ...